Anite joins 5G research project at University of Oulu
Wide channel bandwidths will become necessary in order to provide the very high data rates that 5G promises to deliver. Researchers are looking to deploy 5G technologies at higher frequencies where large contiguous blocks of spectrum are more easily available on a global basis. The project will help to progress research into 5G technologies by investigating the radio interface and performing radio channel measurements on frequencies around 10 GHz.
Researchers are considering different candidate air-interface and radio access technologies for future 5G standards and early channel model research and development will be essential to understand the way radio waves propagate at various frequencies. In order to evaluate the technology and optimise the performance of next-generation networks and devices, it is critical to accurately simulate the protocol and radio conditions of potential 5G network environments.
Several other universities and international research projects including METIS and Virtuoso have called upon Anite’s wireless expertise and test solutions to progress their research into 5G. Earlier this year, Anite announced that the Anite-led task group within the METIS project finalised the world’s first 5G radio channel models, which will help to accelerate the development of 5G radio access technologies and future mobile industry standards.
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